Page 11 - 156-PENERAPAN_RANGKAIAN_ELEKTRONIKA

PENERAPAN RANGKAIAN
ELEKTRONIKA

DAFTAR GAMBAR

Gambar 12.4 Pemicu Schmitt (Schmitt Trigger) SN74LS14 ..........................................245
Gambar 12.5 Rangkaian integrator ....................................................................................246
Gambar 12.6 Rangkaian komparator..................................................................................246
Gambar 12.7 PWM Posisi Tegangan V REFERENSI (VREV) ............................................248
Gambar 12.8 PWM Posisi Tegangan V REFERENSI (VREV) ............................................249
Gambar 12.9 PWM Kondisi Tegangan V REFERENSI (VREV) = Tegangan V
INPUT (V IN) .....................................................................................................249
Gambar 12.10 PWM Kondisi Tegangan V REFERENSI (VREV) < Tegangan
V INPUT (V IN) ................................................................................................250
Gambar 12.11 PWM Kondisi Tegangan V REFERENSI (VREV) = Tegangan
V INPUT (V IN) .................................................................................................250
Gambar 12.13 PWM Kondisi Tegangan V REFERENSI (VREV) kurang dari
Tegangan V INPUT (V IN) ...............................................................................251
Gambar 12.14 PWM dengan posisi Tegangan V REFERENSI (VREV) = Tegangan
V INPUT (V IN) .................................................................................................252
Gambar 12.15 PWM dengan posisi Tegangan V REFERENSI (VREV) < Tegangan
V INPUT (V IN) .................................................................................................252
Gambar 12.16 PWM Kondisi Tegangan V REFERENSI (VREV) kurang dari
Tegangan V INPUT (V IN) .............................................................................253
Gambar 12.17 PWM Kondisi Tegangan V REFERENSI (VREV) = Tegangan
V INPUT (V IN) .................................................................................................253
Gambar 12.18 PWM Kondisi Tegangan V REFERENSI (VREV) = Tegangan
V INPUT (V IN) ................................................................................................254
Gambar 12.19 Mesin jahit listrik .........................................................................................260
Gambar 13.1 Keaman rumah ................................................................................................264
Gambar 13.2 Sistem kunci pintu dengan RFID ................................................................265
Gambar 13.3 Saklar ................................................................................................................265
Gambar 13.4 Keypad ..............................................................................................................266
Gambar 13.5 Tag RFID............................................................................................................267
Gambar 13.6 RFID ...................................................................................................................267
Gambar 13.7 Kerja RFID ........................................................................................................268
Gambar 13.8 LCD 16x2 .........................................................................................................269
Gambar 13.9 Solenoid Door Lock .......................................................................................270
Gambar 13.10 Arduino UNO ................................................................................................271
Gambar 13.11 Blok Diagram Hubungan Komponen Utama .........................................271
Gambar 13.12 Flowchart progaram ....................................................................................272
Gambar 13.13 Skema rangkaian .........................................................................................273
Gambar 13.14 Pengawatan rangkaian arduino ...............................................................274
Gambar 13.15 ARDUINO .......................................................................................................287

xii TEKNIK ELEKTRONIKA
INDUSTRI